Inheritance diagram for neutrals_input_type_mod::tneutralsinput:

Collaboration diagram for neutrals_input_type_mod::tneutralsinput:

Private Member Functions
procedure	load_parameters

procedure	print_parameters

procedure	store_parameters_hdf5

Private Attributes
logical	use_neutrals = .false.
	Number of total internal grid points in x. More...

integer	nx_neutrals = 7
	Number of total internal grid points in y. More...

integer	ny_neutrals = 103
	Reference temperature in eV. More...

real(dp)	t0_neutrals = 10._dp
	Ionization energy in eV. More...

real(dp)	eion_neutrals = 13.6_dp
	Reference density in cm^-3. More...

real(dp)	n0_neutrals = 1.0e+12_dp
	Ion Cyclotron frequenpPy in 1/s. More...

real(dp)	omegaci_neutrals = 50.0e+6_dp
	Number of interpolation points in velocity space. More...

integer	nv_neutrals = 50
	Maximal velocity in units of cs0. More...

real(dp)	vmax_neutrals = 5.0_dp
	Temperature of neutrals from the wall in eV. More...

real(dp)	twev_neutrals = 3.0_dp
	If use_neutrals=.t. then do not update nn vn Tn, but use values from restart file. More...

logical	freeze_neutrals = .false.
	If true, use dstep_neutrals, else use dt_neutrals. More...

logical	enforce_dstep_neutrals = .false.
	How often should neutrals be recalculated in GBS timesteps. More...

integer	dstep_neutrals = 10
	Enhanced output. More...

logical	debug_neutrals = .false.
	Number of interpolation points for each connection line. More...

integer	n_interp_neutrals = 0
	Elements of A higher then this value are set to this value (NB: A = -K_A , A elemts are <= 0) More...

double precision	solver_cutoff = 0
	Width of window to average neutral flux from the outer wall. More...

real(dp)	window_width_neutrals = 0.0_dp
	Reflexion coefficient for ions/neutrals at the limiters. More...

real(dp)	reflexion_neutrals = 0.0_dp
	To use different reflection coeffs with rectangular domain. More...

logical	reflexion_eachwall_neutrals = .false.
	Reflection coefficient bottom wall. More...

real(dp)	reflexion_down_neutrals = 0.0_dp
	Reflection coefficient left wall. More...

real(dp)	reflexion_left_neutrals = 0.0_dp
	Reflection coefficient up wall. More...

real(dp)	reflexion_up_neutrals = 0.0_dp
	Reflection coefficient right wall. More...

real(dp)	reflexion_right_neutrals = 0.0_dp
	Recycling coefficient: it multiplies the ion flux to the wall. More...

real(dp)	alpha_recl = 1._dp
	To use coefficient for neutral emission with ion temperature different from reflexion_neutrals. More...

logical	reflexion_ions_coeff = .false.
	Choose value for reflexion ions. More...

real(dp)	reflexion_ions = 0.2_dp
	Ions creates neutrals on left wall. More...

logical	ionsource_wl = .false.
	Ions creates neutrals on top wall. More...

logical	ionsource_wu = .false.
	Ions creates neutrals on right wall. More...

logical	ionsource_wr = .false.
	Ions creates neutrals on bottom wall. More...

logical	ionsource_wd = .true.
	This term is multiplied to all plasma-neutral terms with vel. More...

integer	include_friction_neutrals = 1
	This term is multiplied to all plasma-neutral terms in dTe/dt. More...

integer	include_te_terms_neutrals = 1
	This term is multiplied to all plasma-neutral terms in dTi/dt. More...

integer	include_ti_terms_neutrals = 1
	This term is multiplied to recombination terms in dn/dt. More...

integer	include_rec_neutrals = 0
	Neutral solver to use (petsc, scalapack) More...

character(len=64)	solver_neutrals = 'petsc'
	Temperature of neutrals from gas puff in eV. More...

real(dp)	twgp_neutrals = 3.0_dp
	To have gas puff on down wall. More...

logical	wdgp_neutrals = .false.
	To have gas puff on left wall. More...

logical	wlgp_neutrals = .false.
	To have gas puff on up wall. More...

logical	wugp_neutrals = .false.
	To have gas puff on right wall. More...

logical	wrgp_neutrals = .false.
	Center of gas puff laying on outer boundary / y position in rec domain with gp on L or R wall. More...

real(dp)	y0gp_neutrals = 400.0_dp
	Center of gas puff laying on outer boundary / x position in rec domain with gp on U or D wall. More...

real(dp)	x0gp_neutrals = 300.0_dp
	Total poloidal extension of gass puff / extension in the given direction in rec domain. More...

real(dp)	dygp_neutrals = 20.0_dp
	Strength of gas puff. More...

real(dp)	sgp_neutrals = -1.0_dp
	Strength of recycling from the outer wall. More...

real(dp)	srw_neutrals = -1.0_dp
	Poloidally Gaussian shape of gas puff. More...

logical	ggp_neutrals = .false.
	Poloidally symmetric gas puff (for 2 gp with same distance from the wall) More...

logical	symmgp_neutrals = .false.
	Center of gas puff laying on outer boundary. More...

real(dp)	y0gp2_neutrals = 400.0_dp
	Center of gas puff laying on outer boundary / x position in rec domain with gp on U or D wall. More...

real(dp)	x0gp2_neutrals = 300.0_dp
	Total poloidal extension of gass puff. More...

real(dp)	dygp2_neutrals = 20.0_dp
	Strength of gas puff. More...

real(dp)	sgp2_neutrals = -1.0_dp
	Flags to insert the pump on 'down' wall. More...

logical	set_pump_wd = .false.
	Flags to insert the pump on 'left' wall. More...

logical	set_pump_wl = .false.
	Flags to insert the pump on 'up' wall. More...

logical	set_pump_wu = .false.
	Flags to insert the pump on 'right' wall. More...

logical	set_pump_wr = .false.
	Flags to insert a second pump on 'down' wall. More...

logical	set_pump_wd_2 = .false.
	Flags to insert a second pump on 'left' wall. More...

logical	set_pump_wl_2 = .false.
	Flags to insert a second pump on 'up' wall. More...

logical	set_pump_wu_2 = .false.
	Flags to insert a second pump on 'right' wall. More...

logical	set_pump_wr_2 = .false.
	Position of pump center on the wall. More...

real(dp)	pump_x0 = 0._dp
	Width of the pump, it will be at [pump_X0-pump_DX/2; pump_X0+pump_DX/2]. More...

real(dp)	pump_dx = 0._dp
	Width of the region where there is the linear transition from wall to the pump, it will be from [pump_X0-pump_DX/2; pump_X0-pump_WX/2] and [pump_X0+pump_WX/2; pump_X0+pump_DX/2]. More...

real(dp)	pump_wx = 0._dp
	Position of second pump center. More...

real(dp)	pump_x0_2 = 0._dp
	Width of the second pump. More...

real(dp)	pump_dx_2 = 0._dp
	For the second pump. More...

real(dp)	pump_wx_2 = 0._dp
	Flag to consider the ion velocity in the maxwellian distribution for neutrals. More...

logical	ionvelocity = .false.

Member Function/Subroutine Documentation

◆ load_parameters()

procedure neutrals_input_type_mod::tneutralsinput::load_parameters

private

◆ print_parameters()

procedure neutrals_input_type_mod::tneutralsinput::print_parameters

private

◆ store_parameters_hdf5()

procedure neutrals_input_type_mod::tneutralsinput::store_parameters_hdf5

private

Member Data Documentation

◆ alpha_recl

real(dp) neutrals_input_type_mod::tneutralsinput::alpha_recl = 1._dp

private

To use coefficient for neutral emission with ion temperature different from reflexion_neutrals.

◆ debug_neutrals

logical neutrals_input_type_mod::tneutralsinput::debug_neutrals = .false.

private

Number of interpolation points for each connection line.

◆ dstep_neutrals

integer neutrals_input_type_mod::tneutralsinput::dstep_neutrals = 10

private

Enhanced output.

◆ dygp2_neutrals

real(dp) neutrals_input_type_mod::tneutralsinput::dygp2_neutrals = 20.0_dp

private

Strength of gas puff.

◆ dygp_neutrals

real(dp) neutrals_input_type_mod::tneutralsinput::dygp_neutrals = 20.0_dp

private

Strength of gas puff.

◆ eion_neutrals

real(dp) neutrals_input_type_mod::tneutralsinput::eion_neutrals = 13.6_dp

private

Reference density in cm^-3.

◆ enforce_dstep_neutrals

logical neutrals_input_type_mod::tneutralsinput::enforce_dstep_neutrals = .false.

private

How often should neutrals be recalculated in GBS timesteps.

◆ freeze_neutrals

logical neutrals_input_type_mod::tneutralsinput::freeze_neutrals = .false.

private

If true, use dstep_neutrals, else use dt_neutrals.

◆ ggp_neutrals

logical neutrals_input_type_mod::tneutralsinput::ggp_neutrals = .false.

private

Poloidally symmetric gas puff (for 2 gp with same distance from the wall)

◆ include_friction_neutrals

integer neutrals_input_type_mod::tneutralsinput::include_friction_neutrals = 1

private

This term is multiplied to all plasma-neutral terms in dTe/dt.

◆ include_rec_neutrals

integer neutrals_input_type_mod::tneutralsinput::include_rec_neutrals = 0

private

Neutral solver to use (petsc, scalapack)

◆ include_te_terms_neutrals

integer neutrals_input_type_mod::tneutralsinput::include_te_terms_neutrals = 1

private

This term is multiplied to all plasma-neutral terms in dTi/dt.

◆ include_ti_terms_neutrals

integer neutrals_input_type_mod::tneutralsinput::include_ti_terms_neutrals = 1

private

This term is multiplied to recombination terms in dn/dt.

◆ ionsource_wd

logical neutrals_input_type_mod::tneutralsinput::ionsource_wd = .true.

private

This term is multiplied to all plasma-neutral terms with vel.

◆ ionsource_wl

logical neutrals_input_type_mod::tneutralsinput::ionsource_wl = .false.

private

Ions creates neutrals on top wall.

◆ ionsource_wr

logical neutrals_input_type_mod::tneutralsinput::ionsource_wr = .false.

private

Ions creates neutrals on bottom wall.

◆ ionsource_wu

logical neutrals_input_type_mod::tneutralsinput::ionsource_wu = .false.

private

Ions creates neutrals on right wall.

◆ ionvelocity

logical neutrals_input_type_mod::tneutralsinput::ionvelocity = .false.

private

◆ n0_neutrals

real(dp) neutrals_input_type_mod::tneutralsinput::n0_neutrals = 1.0e+12_dp

private

Ion Cyclotron frequenpPy in 1/s.

◆ n_interp_neutrals

integer neutrals_input_type_mod::tneutralsinput::n_interp_neutrals = 0

private

Elements of A higher then this value are set to this value (NB: A = -K_A , A elemts are <= 0)

◆ nv_neutrals

integer neutrals_input_type_mod::tneutralsinput::nv_neutrals = 50

private

Maximal velocity in units of cs0.

◆ nx_neutrals

integer neutrals_input_type_mod::tneutralsinput::nx_neutrals = 7

private

Number of total internal grid points in y.

◆ ny_neutrals

integer neutrals_input_type_mod::tneutralsinput::ny_neutrals = 103

private

Reference temperature in eV.

◆ omegaci_neutrals

real(dp) neutrals_input_type_mod::tneutralsinput::omegaci_neutrals = 50.0e+6_dp

private

Number of interpolation points in velocity space.

◆ pump_dx

real(dp) neutrals_input_type_mod::tneutralsinput::pump_dx = 0._dp

private

Width of the region where there is the linear transition from wall to the pump, it will be from [pump_X0-pump_DX/2; pump_X0-pump_WX/2] and [pump_X0+pump_WX/2; pump_X0+pump_DX/2].

◆ pump_dx_2

real(dp) neutrals_input_type_mod::tneutralsinput::pump_dx_2 = 0._dp

private

For the second pump.

◆ pump_wx

real(dp) neutrals_input_type_mod::tneutralsinput::pump_wx = 0._dp

private

Position of second pump center.

◆ pump_wx_2

real(dp) neutrals_input_type_mod::tneutralsinput::pump_wx_2 = 0._dp

private

Flag to consider the ion velocity in the maxwellian distribution for neutrals.

◆ pump_x0

real(dp) neutrals_input_type_mod::tneutralsinput::pump_x0 = 0._dp

private

Width of the pump, it will be at [pump_X0-pump_DX/2; pump_X0+pump_DX/2].

◆ pump_x0_2

real(dp) neutrals_input_type_mod::tneutralsinput::pump_x0_2 = 0._dp

private

Width of the second pump.

◆ reflexion_down_neutrals

real(dp) neutrals_input_type_mod::tneutralsinput::reflexion_down_neutrals = 0.0_dp

private

Reflection coefficient left wall.

◆ reflexion_eachwall_neutrals

logical neutrals_input_type_mod::tneutralsinput::reflexion_eachwall_neutrals = .false.

private

Reflection coefficient bottom wall.

◆ reflexion_ions

real(dp) neutrals_input_type_mod::tneutralsinput::reflexion_ions = 0.2_dp

private

Ions creates neutrals on left wall.

◆ reflexion_ions_coeff

logical neutrals_input_type_mod::tneutralsinput::reflexion_ions_coeff = .false.

private

Choose value for reflexion ions.

◆ reflexion_left_neutrals

real(dp) neutrals_input_type_mod::tneutralsinput::reflexion_left_neutrals = 0.0_dp

private

Reflection coefficient up wall.

◆ reflexion_neutrals

real(dp) neutrals_input_type_mod::tneutralsinput::reflexion_neutrals = 0.0_dp

private

To use different reflection coeffs with rectangular domain.

◆ reflexion_right_neutrals

real(dp) neutrals_input_type_mod::tneutralsinput::reflexion_right_neutrals = 0.0_dp

private

Recycling coefficient: it multiplies the ion flux to the wall.

◆ reflexion_up_neutrals

real(dp) neutrals_input_type_mod::tneutralsinput::reflexion_up_neutrals = 0.0_dp

private

Reflection coefficient right wall.

◆ set_pump_wd

logical neutrals_input_type_mod::tneutralsinput::set_pump_wd = .false.

private

Flags to insert the pump on 'left' wall.

◆ set_pump_wd_2

logical neutrals_input_type_mod::tneutralsinput::set_pump_wd_2 = .false.

private

Flags to insert a second pump on 'left' wall.

◆ set_pump_wl

logical neutrals_input_type_mod::tneutralsinput::set_pump_wl = .false.

private

Flags to insert the pump on 'up' wall.

◆ set_pump_wl_2

logical neutrals_input_type_mod::tneutralsinput::set_pump_wl_2 = .false.

private

Flags to insert a second pump on 'up' wall.

◆ set_pump_wr

logical neutrals_input_type_mod::tneutralsinput::set_pump_wr = .false.

private

Flags to insert a second pump on 'down' wall.

◆ set_pump_wr_2

logical neutrals_input_type_mod::tneutralsinput::set_pump_wr_2 = .false.

private

Position of pump center on the wall.

◆ set_pump_wu

logical neutrals_input_type_mod::tneutralsinput::set_pump_wu = .false.

private

Flags to insert the pump on 'right' wall.

◆ set_pump_wu_2

logical neutrals_input_type_mod::tneutralsinput::set_pump_wu_2 = .false.

private

Flags to insert a second pump on 'right' wall.

◆ sgp2_neutrals

real(dp) neutrals_input_type_mod::tneutralsinput::sgp2_neutrals = -1.0_dp

private

Flags to insert the pump on 'down' wall.

◆ sgp_neutrals

real(dp) neutrals_input_type_mod::tneutralsinput::sgp_neutrals = -1.0_dp

private

Strength of recycling from the outer wall.

◆ solver_cutoff

double precision neutrals_input_type_mod::tneutralsinput::solver_cutoff = 0

private

Width of window to average neutral flux from the outer wall.

◆ solver_neutrals

character(len=64) neutrals_input_type_mod::tneutralsinput::solver_neutrals = 'petsc'

private

Temperature of neutrals from gas puff in eV.

◆ srw_neutrals

real(dp) neutrals_input_type_mod::tneutralsinput::srw_neutrals = -1.0_dp

private

Poloidally Gaussian shape of gas puff.

◆ symmgp_neutrals

logical neutrals_input_type_mod::tneutralsinput::symmgp_neutrals = .false.

private

Center of gas puff laying on outer boundary.

◆ t0_neutrals

real(dp) neutrals_input_type_mod::tneutralsinput::t0_neutrals = 10._dp

private

Ionization energy in eV.

◆ twev_neutrals

real(dp) neutrals_input_type_mod::tneutralsinput::twev_neutrals = 3.0_dp

private

If use_neutrals=.t. then do not update nn vn Tn, but use values from restart file.

◆ twgp_neutrals

real(dp) neutrals_input_type_mod::tneutralsinput::twgp_neutrals = 3.0_dp

private

To have gas puff on down wall.

◆ use_neutrals

logical neutrals_input_type_mod::tneutralsinput::use_neutrals = .false.

private

Number of total internal grid points in x.

◆ vmax_neutrals

real(dp) neutrals_input_type_mod::tneutralsinput::vmax_neutrals = 5.0_dp

private

Temperature of neutrals from the wall in eV.

◆ wdgp_neutrals

logical neutrals_input_type_mod::tneutralsinput::wdgp_neutrals = .false.

private

To have gas puff on left wall.

◆ window_width_neutrals

real(dp) neutrals_input_type_mod::tneutralsinput::window_width_neutrals = 0.0_dp

private

Reflexion coefficient for ions/neutrals at the limiters.

◆ wlgp_neutrals

logical neutrals_input_type_mod::tneutralsinput::wlgp_neutrals = .false.

private

To have gas puff on up wall.

◆ wrgp_neutrals

logical neutrals_input_type_mod::tneutralsinput::wrgp_neutrals = .false.

private

Center of gas puff laying on outer boundary / y position in rec domain with gp on L or R wall.

◆ wugp_neutrals

logical neutrals_input_type_mod::tneutralsinput::wugp_neutrals = .false.

private

To have gas puff on right wall.

◆ x0gp2_neutrals

real(dp) neutrals_input_type_mod::tneutralsinput::x0gp2_neutrals = 300.0_dp

private

Total poloidal extension of gass puff.

◆ x0gp_neutrals

real(dp) neutrals_input_type_mod::tneutralsinput::x0gp_neutrals = 300.0_dp

private

Total poloidal extension of gass puff / extension in the given direction in rec domain.

◆ y0gp2_neutrals

real(dp) neutrals_input_type_mod::tneutralsinput::y0gp2_neutrals = 400.0_dp

private

Center of gas puff laying on outer boundary / x position in rec domain with gp on U or D wall.

◆ y0gp_neutrals

real(dp) neutrals_input_type_mod::tneutralsinput::y0gp_neutrals = 400.0_dp

private

Center of gas puff laying on outer boundary / x position in rec domain with gp on U or D wall.

The documentation for this type was generated from the following file:

/home/lanti/src/gbs/src/datatypes/input/neutrals_input_type_mod.F90

Private Member Functions

Private Attributes

Member Function/Subroutine Documentation

◆ load_parameters()

◆ print_parameters()

◆ store_parameters_hdf5()

Member Data Documentation

◆ alpha_recl

◆ debug_neutrals

◆ dstep_neutrals

◆ dygp2_neutrals

◆ dygp_neutrals

◆ eion_neutrals

◆ enforce_dstep_neutrals

◆ freeze_neutrals

◆ ggp_neutrals

◆ include_friction_neutrals

◆ include_rec_neutrals

◆ include_te_terms_neutrals

◆ include_ti_terms_neutrals

◆ ionsource_wd

◆ ionsource_wl

◆ ionsource_wr

◆ ionsource_wu

◆ ionvelocity

◆ n0_neutrals

◆ n_interp_neutrals

◆ nv_neutrals

◆ nx_neutrals

◆ ny_neutrals

◆ omegaci_neutrals

◆ pump_dx

◆ pump_dx_2

◆ pump_wx

◆ pump_wx_2

◆ pump_x0

◆ pump_x0_2

◆ reflexion_down_neutrals

◆ reflexion_eachwall_neutrals

◆ reflexion_ions

◆ reflexion_ions_coeff

◆ reflexion_left_neutrals

◆ reflexion_neutrals

◆ reflexion_right_neutrals

◆ reflexion_up_neutrals

◆ set_pump_wd

◆ set_pump_wd_2

◆ set_pump_wl

◆ set_pump_wl_2

◆ set_pump_wr

◆ set_pump_wr_2

◆ set_pump_wu

◆ set_pump_wu_2

◆ sgp2_neutrals

◆ sgp_neutrals

◆ solver_cutoff

◆ solver_neutrals

◆ srw_neutrals

◆ symmgp_neutrals

◆ t0_neutrals

◆ twev_neutrals

◆ twgp_neutrals

◆ use_neutrals

◆ vmax_neutrals

◆ wdgp_neutrals

◆ window_width_neutrals

◆ wlgp_neutrals

◆ wrgp_neutrals

◆ wugp_neutrals

◆ x0gp2_neutrals

◆ x0gp_neutrals

◆ y0gp2_neutrals

◆ y0gp_neutrals